Hybrid Inverter Three-phase Fox ESS H3-8.0-Smart 8000W Wifi Triple MPPT

Fox ESS H3-8.0-Smart: Three-phase photovoltaic efficiency and advanced storage management

The development of a system of own consumption Efficient three-phase and prepared for the future requires inverters able to manage the energy with the minimum loss. The hybrid Inverter Fox ESS H3-8.0-Smart of the H3 SMART series is positioned ahead of its direct competitors thanks to its direct coupling with lithium batteries High voltage, operating optimally in a range of up to 800V. When working with raised voltages, the system significantly reduces operating currents and thermal dissipation losses, allowing an impressive load and discharge capacity of up to 15kw. This robust storage management ensures maximum use of solar surpluses and guarantees the stability of the power supply during 24 hours a day.

Triple MPPT high stream for complex cover configurations

Equipped with 3 independent MPP followers (With configuration of 1 String by Tracker), this equipment eliminates the usual photovoltaic design restrictions. Amproves a maximum entry current of 20a and up 25th short circuit current by MPPT, a key specification to assimilate without losses the high stream of solar Modern large format. With an ultra low boot voltage of 140v, the inverter Squeeze the performance of the plates from dawn to sunset, even in covers with cross-orient or partial shades.

Advanced security, IP65 insulation and EPS electric backup immediate

Long-term reliability is guaranteed by a set of factory integrated protections that include Overvoltage protection integrated by SPD Type II dischargers Both on the CC side (PV) and AC. It has a physical Corte DC switch, insulation monitoring and anti-island protection. His chassis with Degree of protection IP65 It allows direct installation outdoors. In case of a cut in the supply of the electrical network, its backup functionality (EPS output) Respond automatically in a record time less than 10 milliseconds, delivering an apparent emergency power of 8000va (with peaks up 9600VA for 60 seconds) To keep the critical loads fully operational.

Featured technical characteristics:

• Nominal output power: 8000 W with a maximum apparent power output 8800 VA.

• Maximum power of the solar field: Admits a field of up 18000 WP (10000 W max per mppt).

• Max input voltage DC: 1000 V with a nominal operating voltage of 620 V.

• MPPT operating voltage range: Broad-range 120 V to 950 V with boot 140 V.

• Maximum current of entry PV: 20 a per follower Short circuit current 25 a.

• Number of Followers MPP: 3 independent MPPT with 1 String by Tracker.

• Storage compatibility: Designed to lithium batteries (Chemistry LFP) high voltage between 100 V and 800 V.

• Charging power / battery discharge: High capacity management of Up to 15kW loading / unloading power.

• Conversion efficiency: Maximum efficiency 97.70% and MPPT Tracking Efficiency of 99.90%.

• Transfer time back-up: Ultra fast switching of emergency output in less than 10 ms.

• Structural and thermal design: Passive cooling natural convection (without fans) and sonorous level of less to 40 dB.

• Dimensions and weight: Compact body 600 x 450 x 226 mm with a net weight of 34 kg.

• Serial connectivity: Smart module WiFi / LAN / Bluetooth Integrated, EMS (RS485), USB and CAN communication for BMS.

Frequently asked questions (FAQ):

1. What real advantages does the triple MPPT follower offer in an 8kw model?

By having 3 independent MPPT, the inverter Allows you to make three series of solar Oriented in three directions or different inclinations. This prevents the low production of a series affected by shadows or bad inclination, harm the overall performance of others, maximizing the photovoltaic efficiency of the cover.

2. Is it compatible with the Solar of great format and high power of the market?

Yes, totally. Each of its three MPPT regulators admits a 20A input current and a short circuit current of 25a. These high current specifications guarantee that the inverter Work without suffering losses by limitation (clipping) with the powerful modern photovoltaic cells.

3. How does EPS emergency output work before a power supply cut?

The inverter integrates a transfer system that takes Less than 10 milliseconds In isolating the housing of the public fall network. Then, it generates a own three-phase network and instantaneous using the simultaneous energy of the batteries and the , supplying 8000VA continuous power For the appliances and equipment to continue to work without running off.

4. Why is it more efficient to work with high-voltage batteries?

When operating in a high rank of 100 to 800V, the inverter Reduces the intensity of the current needed to move the same power compared to the standard 48V systems. This minimizes heat losses in drivers, maximizes global efficiency and allows to use thinner and economical wiring sections during installation.

5. What communication options include to track the installation?

The inverter It comes equipped from the factory with an advanced connectivity module that includes WiFi, LAN and Bluetooth. This allows you to connect the equipment directly to the FoxCloud V2.0 platform to monitor photovoltaic production, the lithium battery charge status and consumer curves in real time from any smartphone or web.